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dataverse-tokenized-dataset

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targeting customer reply dependent cost subject provides conventional analysis customer targeting decision problem setting cost marketing action law stochastic proposes framework expeditiously estimate decision variable drive profit optimization targeting client profitable positive impact marketing treatment client associated profit company high cost handling growing literature developing causal uplift role model identify customer impacted strongly marketing action research inquire optimal targeting cost action uncertain time targeting decision marketing incentive routinely conditioned positive response customer eg purchase contract renewal stochastic cost omnipresent direct marketing client retention campaign study make two contribution literature evaluated coupon targeting campaign commerce setting first writer formally analyze targeting decision job response dependent cost profit optimal targeting requires estimate treatment effect customer estimate customer reply probability discourse empirical resultant role demonstrate consideration treatment price substantially increase campaign profit used customer target combination idea average customer grade treatment effect second generator propose framework jointly estimate discussion effect response probability combining method acting causal inference hurdle mixture model proposed causal hurdle model achieves competitive campaign profit streamline model building code empirical analysis available github
18
1,597,141
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hll riemann solver hybridised discontinuous galerkin formulation compressible flow work proposes high order hybridised discontinuous galerkin hdg formulation harten lax van leer hll riemann solver compressible flow unified framework introduced present lax friedrichs roe hll riemann solver via appropriate definition hdg numerical flux resulting high order hdg method hll riemann solver evaluated set numerical simulation inviscid compressible flow different regime subsonic isentropic flow transonic supersonic problem shock accuracy proposed method comparable one lax friedrichs roe numerical flux subsonic transonic flow superior performance hll highlighted supersonic case method provides extra robustness able produce positivity preserving approximation without need user defined entropy fix
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strangeness production jet underlie event pp collision tev alice production measured jet underlying issue pp collision tev alice sensor corresponding proportion present function transverse momentum hard scatter tagged charged particle jet reconstructed anti algorithm use closure parameter flow like correlation raise production multi strange hadron small colliding arrangement may draw gentle constituent
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priming coat state calculation nucleus mesonic potential nucleon nucleon interaction interaction nucleon nucleon nn certain physical characteristic indicated nucleon meson grade exemption main purpose work calculating ground state energy deutron alfa two physical structure system interchange mesotron private detective segma omega mediated ii nucleon newspaper investigates nn interaction ground quasi relativistic decouple dirac equation self consistent hartree fock formulation construct boson exchange potential obep model nucleon dirac particle act source pseudoscalar scalar vector field potential present work analytically derive static function meson single atom vigor dependentsped generalized yukawa gy function parameter used meson function published one mass coupling constantand cut parameter theoretical result compared theoretic model corresponding data based information unitary see rush along function give satisfied agreement gray role case considered karyon
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super acid quenching mass medium reaction high spirit energy heavy ion collision review jet quenching used successfully hard probe study property quark cheese gluon plasma qgp high energy heavy collision relativistic impenetrable ion collider rhic large hadron collider lhc review recent progression theoretic phenomenological study jet propelled plane quenching jet transfer model special vehemence given outcome jet induced medium response across board smorgasbord experimental measurement implication extracting transport property qgp profound ion collision
14
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relationship economic growth environment testing ekc hypothesis latin american country employ ardl bound testing approach cointegration unrestricted error correction model uecms estimate relationship income co emission per caput latin american country lac using time series estimate six different specification model take account independent effect co emission per caput different factor considered driver different dynamic co emission along development path approach allows address two concern first estimation model controlling different variable serf ass ekc hypothesis supported evidence lac considered evaluate evidence robust different model specification second inclusion control variable accounting effect co emission directed increasing understanding co emission driver different country ekc hypothesis effectively describes long term income emission relationship minority lac many case effect co emission different factor depends individual country experience type quantity environmental policy adopted overall result call increased environmental action region
18
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data driven stochastic simulate coarse grained dynamical finite size effect using langevin regression obtaining coarse grained model accurately unified finite size effect important open challenge subject complex multi scale organisation apply langevin regression recently developed method find stochastic differential equating sde description realistically sampled time series data sympathise finite size effect kuramoto model partner oscillator encounter across entire bifurcation diagram dynamic kuramoto order parametric quantity statistically consistent sde whose drift terminal figure form bode ott antonsen ansatz limit find diffusion term nigh independent bifurcation parametric quantity magnitude decaying ordered central limit theorem show diverge fluctuation ordination parameter near critical point driven bifurcation underlying drift terminus rather increased stochastic forcing
12
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skyrmion control majorana state planar josephson junction planar josephson junction provide versatile platform alternative nanowire based geometry generation majorana bound state due additional phase tunability topological superconductivity proximity induction chiral magnetism superconductivity two dimensional electron gas showed remarkable promise manipulate topological superconductivity consider josephson junction involving skyrmion crystal show chiral magnetism skyrmions create control majorana bound state without requirement intrinsic rashba spin orbit coupling interestingly majorana bound state geometry realized robustly zero phase difference junction skyrmion radius externally tunable magnetic field magnetic anisotropy brings unique control feature majorana bound state
4
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seeing optic eye comparison object recognition operation human deep convolutional neural network persona handling considerable time mystifying convolutional neural network dcnns reached human benchmark performance object recognition account computational neuroscience field machine learning started attribute numerous similarity difference stilted biological vision discipline aim towards behavioral equivalence visual core object realisation performance human feedforward neural network classification learn paradigm imagenet data set purpose human participant contend online experiment unlike feedforward dcnns designed approach based typical learning process seven different monkey category included training substantiation phase natural lesson comfortably test phase novel unexperienced shape color manipulation analysis truth revealed human outperform dcnns condition also expose significantly greater robustness towards shape notably color alteration furthermore precise examination behavioral pattern highlight line revealing independent classification error group obtained issue show human contrast powerfully stilted feedforward computer architecture come visual core object recognition manipulated image oecumenical finding line growing body literature hint towards recurrence crucial factor adequate generalization ability
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controlled generation chimera state squid metasurfaces using dc flux gradient squid superconducting quantum interference twist metamaterials open time independent dc flux gradient repel sinusoidal ac flux theater keep chimaera nation generated zero initial condition dc flux gradient amplitude ac state flux control number desynchronized cluster generated chimaera body politic ie head well location size combination leash measure ie synchronization parametric quantity averaged period push back flux incoherence index finger chimera index expend predict generation chimera state multiplicity parameter plane dc flux slope alternating current flux amplitude replete width half maximum distribution time value synchronizing parameter averaged stop ac driving magnetic field allows distinguish chimaera state non chimera partially synchronized state
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hyperon yield investigate hyperon product decay within effective lagrangian approach consider land state pole contribution combined resonance mev mev pole pole part include proton calculate dalitz patch density decay calculated result sound agreement data based data point belle collaborationism use parameter fit present dalitz patch density decay computation sharp peak like structure near mev predicted decay interference result ringing loop line also demonstrate access verbatim information regarding weak mate decay finally possible interpretation mev structure beyond foretelling briefly discussed
17
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sic detector bomber gev dark matter propose use atomic number carbide sic direct detection hero sandwich gev black topic sic property exchangeable silicon diamond ii key reward polar semiconductor leave sensibility broader range dark matter candidate ii exists many stable polymorph change physical property hence tunable sensitiveness diverse dark matter model show sic first class target hunting negatron nuclear phonon excitation break benighted matter kev mass well absorption process dark matter mev mass combined far flung use alternative silicon sensing element technology availableness compared baseball field result demonstrate sic hold much hope novel dark matter detector
17
329,527
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globally rigid graph fully reconstructible dimensional framework pair graph map length edge distance framework said globally rigid graph edge length uniquely determine congruence graph called globally rigid every dimensional generic framework globally rigid paper consider problem reconstructing graph set edge length arising generic framework roughly speaking graph strongly reconstructible uniquely determined set unlabeled edge length generic framework space along number vertex known globally rigid least vertex strongly reconstructible strengthen result show condition fact fully reconstructible mean set edge length alone sufficient uniquely reconstruct without constraint number vertex also prove globally rigid least vertex dimensional generic rigidity matroid connected result generalizes hendricksons necessary condition global rigidity give rise new combinatorial necessary condition finally provide new family fully reconstructible graph use answer question regarding unlabeled reconstructibility posed recent paper
1
529,998
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graduated table setting mobius domain wall fermion gradient flow hisq action using omega baryon mass slope flow scale paper stand percent scale finding using omega baryon quite little slope flow method reckoning performed ensemble highly improved rootle staggered sea quark configuration generated milc callat collaboration valence quark natural process used mobius domain wall fermion solved configuration gradient flow smearing applied flowtime lattice social unit ensemble span four wicket spacing range fm sise pion mass range mev multiple latticework volume ensemble gradient menses scale omega baryon mass reckon dimensionless product quantity extrapolated continuum infinite mass limit interpolated strong arm light foreign charm quark mass point isospin limit resulting determination fm fm reservoir statistical systematic uncertainty accounted dominant uncertainty result stochastic doubtfulness providing clear path per mille uncertainty recently obtained budapest marseille wuppertal collaboration
19
484,775
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comment exact solution position dependent effective slew angular frequency schrodinger equation harmonised oscillator model quantized confinement argument late paper jafarov nagiyev oste vanguard der jeugt sl phys bf confined model non relativistic quantum harmonic oscillator effective mass angular oftenness dependent positioning retrace shown confinement parameter get quantized using point canonical transmutation start constant mass schrodinger equation rosen samuel b morse ii likely shown similar result well obtained without quantise confinement parameter addition extension confine lurch harmonic oscillator straight follows point canonical transformation
8
667,618
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construction support vector machine lineament distance via deformed weyl werner karl heisenberg algebra paper atomic number deform coherent department state based deformed weyl heisenberg algebra unifies well known su weyl werner karl heisenberg su group common parameter show deformed coherent state provide theoretical foundation meta kernel function kernel turn defines nitty gritty mathematical function kernel function drive evolution field car check meta kernel function presented paper open new theoretical avenue definition exploration centre function meta nub function applies affiliate revolution surface lineament infinite identified non linear coherent state empirical investigation compare flex su su kernel derived meta kernel picture performance alike radial basis marrow offer new insight free base deformed weyl heisenberg algebra
13
1,202,385
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searching qcd critical point net proton number variation net proton number fluctuation measured experimentation hence provide source important selective information affair created relativistic heavy ion hit particularly may give clue conjectured qcd decisive point work electron beam energy dependence ratio first quadruplet cumulants nett proton figure discussed amount calculated using phenomenologically motivated good example decisive mode fluctuation couple proton anti proton model qualitatively capture monotonic behavior lowest order ratio well non monotonic behavior higher order ratio seen experimental information star collaborationism well discus dependence result coupling strength localisation critical point time
14
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measuring distance mass astronomical core collapse supernova use neutrino neutrino astronomic core collapse supernova valuate neutrino detector minute day ocular signal reach earth present new calculation showing power current near future neutrino sensor prepare fast prediction primogenitor distance place constraint zero age main sequence mass order inform observe scheme electromagnetic follow show distinctive astronomic supernova distance constrained uncertainty using icecube hyper furthermore cypher age main succession batch constrained extremal value compactness
17
301,194
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black box optimization local productive surrogate propose novel method gradient found optimization black box simulator using differentiable local replacement model field physic engineering many process modeled differentiable simulator intractable likelihood optimisation forward mock particularly ambitious especially simulator stochastic address case introduce function recondite generative simulation iteratively approximate simulator local neighborhood parameter space demonstrate local surrogate used close together gradient simulator thus enable gradient free base optimisation simulator parameter case dependence simulator parameter outer space constrained low dimensional submanifold observe method acting attains minimum quicker baseline method including bayesian optimisation numeral optimization approach employ score function gradient figurer
17
396,614
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statistical feature embedding heart sound classification cardiovascular disease cvd considered one principal cause death world recent year field study attracted researcher attention investigate heart sound pattern disease diagnostics study approach proposed normalabnormal heart sound classification physionet challenge dataset first time fixed length feature vector called vector extracted heart sound using mel frequency cepstral coefficient mfcc feature afterwards principal component analysis pca transform variational autoencoder vae applied vector achieve dimension reduction eventually reduced size vector fed gaussian mixture model gmms support vector machine svm classification purpose experimental result demonstrate proposed method could achieve performance improvement based modified accuracy macc compared baseline system physoinet dataset
3
142,597
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towards qualitative hadron parton correspondence atomic modification factor work propose method show correspondence hadron quark cheese component part atomic alteration factor parton hadron cascade model paciae based pythia employed calculate hadron quark component nuclear change element central collision tev turn hadron nuclear alteration component usually smaller quark cheese component hand shown study cone effect probably name quark mesotron heavy particle state obviously
14
903,187
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cpt violation desegregate measurement cp violation simple analysis sentence dependent transition based recent answer lhcb experiment presented benefit adopting fully uniform theoretical verbal description mixing stressed shown bound cpt assault arrangement consistently obtained direct cp violation robustly establish yet presence cpt violation mingle
7
1,709,384
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quantum coherence criticality irreversible work irreversible work driving protocol constitutes one widely studied measure non equilibrium thermodynamics constitutes proxy entropy production quantum system shown irreversible work additional genuinely quantum mechanical contribution due coherence produced driving protocol goal paper explore contribution system undergo quantum phase transition substantial effort dedicated recent year understand role quantum criticality work protocol however practically nothing known coherence contributes shed light issue study entropy production infinitesimal quenches one dimensional xy model quenches transverse field find finite temperature contribution coherence certain case account practically entropy production low temperature however coherence present finite cusp critical point whereas entropy production diverges logarithmically alternatively quench performed anisotropy parameter find situation entropy produced due quantum coherence
4
1,499,694
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relative utility program bound empirically optimal portfolio consider single period portfolio selection trouble investor maximizing expected proportion portfolio public utility company utility best plus admit hindsight decision rule based chronicle stock yield unknown distribution assume utility function lipschitz bearer uninterrupted concavity command obtain high probability utility bandaged sole premiss return independent identically distributed bounce depend usefulness function number plus telephone number observation concave utility like bound obtained portfolio produce exponentiated gradient method acting use statistical experiment study hazard generalization property empirically optimal portfolio herein consider model one risky plus dataset containing stock monetary value nyse
15
1,101,688
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integration question separably good characteristic let reductive group algebraically closed field separably good characteristic assumption springer isomorphism reduced nilpotent scheme lie algebra reduced unipotent scheme always exists allows integrate nilpotent element lieg unipotent element one wonder whether punctual integration lead systematic integration nil subalgebras lieg provide counterexample existence integration general well criterion integrate nil subalgebras lieg maximal certain sense requires generalise notion infinitesimal saturation first introduced deligne extend one theorem infinitesimally saturated subgroup previously mentioned framework
1
561,938
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holographic model composite higgs veneziano limit part bosonic sector field strongly couple approximately scale invariant gauge theory develop mass gap infrared argue expectant number fermion flavour suitable provide ultraviolet completion composite higgs scenario holographical coming allows describe qualitative feature non perturbative active veneziano limit enter raw bottom holographic model incorporate backreaction flavour geometry demonstrate correlative mass gap plate flavour isotropy break compute mass spectrum various composite bosonic state study addiction scaling property symmetry breaking hustler good number flavour unlike region light dilaton critically survey cautiously as domain validity holographical approach compare lattice pretence nambu jona lasinio model
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impact form factor uncertainty rendition coherent elastic neutrino nucleus scattering data point standard role model coherent elastic neutrino nucleus break cens cross section subject atomic figure factor uncertainty primarily driven root mean square toe radius neutron density statistical distribution motivated coherent phase iii future multi ton direct detection dark matter search evaluate uncertainty cesium iodide germanium atomic number ar detector find uncertainty become relevant impulse transfer mev essentially independent form factor parameterization accordingly form factor uncertainty important cens induced reactor solar neutrino take account uncertainness evaluate impact measurement cens legitimate diffuse supernova desktop dsnb neutrino sub gev atmospheric neutrino also calculate relative uncertainty number coherent event different nucleus procedure recoil energy dsnb atmospheric neutrino upshot rate liquidity atomic number detector incertain terminal consider impact form factor uncertainty hunt nonstandard neutrino interaction sterile neutrino neutrino generalized underlying fundamental interaction point examine new physic using cens data affected neutron sort ingredient uncertainty properly deal business relationship may lead misidentification new physic signal precariousness quantified also relevant sour matter direct detection hunting
16
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generalized constant manifold integrable equation covering article discus notion vulgarise invariant manifold introduced late report lit method differential constraint well known tool constructing particular solution nonlinear partial differential equation essence adding nonlinear pde much simpler linguistic rule ordinary differential equivalence compatible given one answer ode particular solution pde well however main problem find compatible ode generalisation looking ordinary differential equation compatible nonlinear fond differential equation linearization generalized invariant manifold effectively sought moreover allows one construct import attribute integrability possibility lax pair recursion operator integrable nonlinear equation paper show provide way conception particular solvent par well
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lambda nucleon scattering baryon chiral perturbation theory calculate lambda nucleon disperse form teddy mixing angle applying sentence ordered disturbance surmise manifestly lorentz invariant formulation su baryon chiral perturbation supposition scattering bountifulness hold solving stand coupled channel integral equation milder ultraviolet illumination behavior compared relativistic parallel allows consider pip crosscut limit lead purchase order calculation also partial wave witness framework habituate least part higher rule order share baryon baryon potential duct necessitate nonperturbatively demonstrate achieved way logical quantum orbit theoretic renormalization lead inter group communication interaction compare result one non relativistic approach lattice qcd form shift receive non physical pion draw
19
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discrete time construction nonequilibrium path integral kostantinov perel time contour rigorous nonequilibrium action many body problem usually derived mean path integral combined discrete temporal mesh schwinger keldysh time contour latter suffers fundamental limitation initial state contour cannot arbitrary necessarily need described non interacting density matrix interaction switched adiabatically kostantinov perel contour overcomes limitation allowing generic initial state preparation article apply technique discrete temporal mesh rigorously build nonequilibrium path integral kostantinov perel time contour
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1,530,188
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ancient caloric function graph unbounded laplacians study ancient solution polynomial growth continuous time discrete time heat equation graph unbounded laplacians generalize colding minicozzis theorem cm manifold result hua graph normalized laplacians setting graph unbounded laplacians graph admitting intrinsic metric polynomial volume growth dimension space ancient solution polynomial growth bounded dimension harmonic function growth factor
1
594,719
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pretense particle traverse oligociliated mouse node implication left correct symmetry breaking mechanic concept internal anatomical asymmetry familiar usually human heart left liver right however developing embryo know grow consistent lateralization symmetry breaking initiate left right asymmetric cilium driven fluid mechanic small fluid filled structure shout ventral node shiner however question convert flow left right asymmetric development remains unanswered leading hypothesis current tape drive morphogen containing vesicle within node absorption result asymmetrical factor manifestation enquire vesicle transport might result situs pattern observed wildtype mutant experiment extend open source stokes flow software nearest consider hydrodynamic brownian movement particle mouse model menstruum driven one beating cilium trey model morphogen containing particle released simulated as compatibility observed result oligociliated wildtype mouse conceptus uniformly random freeing localised cilium stress induced release localised freeing motile cilium uniformly random release model appears consistent information neither localised release manakin result significant transport oligociliated conceptus
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1,002,360
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polarization high multiplicity collision cgcnrqcd approach quarkonium production mechanism high multiplicity small collision organisation recently pursued color field glass condensate cgc effective theory commingle relativistic quantum chromodynamics nrqcd factorization allowing study initial state interaction quarkonium polarization potentially measured future experimentation would help elucidate quarkonium production mechanism gamey numerosity newspaper provide foretelling polarisation parameter high multiplicity proton proton proton nucleus collision within cgcnrqcd framework theoretic prediction given rapidity charged particle multiplicity pseudorapidity push collision consider leptonic frame choice collins soper helicity find feeble polarization additionally decrease growing upshot activity important system sizing dependence collision obtained could new constraint initial state interaction lowly collision organization
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900,117
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batch normalisation approximate bayesian inference study batch normalisation context variational inference method bayesian neural network mean field mc dropout show batch normalisation affect optimum evidence lower bound elbo furthermore study monte carlo batch normalisation mcbn algorithm proposed approximate inference technique parallel mc dropout show larger batch size mcbn fails capture epistemic uncertainty finally provide insight required fix failure namely view mini batch size variational parameter mcbn comment asymptotics elbo respect variational parameter showing dataset size increase towards infinity batch size must increase towards infinity well mcbn valid approximate inference technique
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stability scalarized charged black hole einstein maxwell scalar theory analyze constancy scalarized charged black cakehole genius maxwell scalar em quad theory quadratic coupling grim hole label number phone fundamental opprobrious hole denote excited black hole display black hole stable full perturbation whereas excited black kettle fish unstable mode scalar perturbation consistent em theory exponential coupling contrast scalarized black hole einstein gauss hood scalar theory quadratic coupling implies endpoint unstable reissner nordstrom pitch dark hole black market yap furthermore written report scalarized burden black jam em theory scalar mass
9
1,785,519
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morphospace functional configuration as configural breadth base brain functional network best approach quantify human brain functional reconfigurations response variegate cognitive requirement remains unresolved topic network neuroscience propose functional reconfigurations may categorise three different character network configural breadth ii labor task transitional reconfiguration iii within task reconfiguration order quantify reconfigurations propose mesoscopic framework focused functional electronic network fns community introduce network morphospace relies two novel mesoscopic metric trapping efficiency te outlet entropy ee capture topology integration information within reference position fns study use framework quantify network configural breadth across dissimilar job appearance metric defining morphospace differentiate fns cognitive task subject also testify network configural breadth significantly predicts behavioral measure occasional memory verbal episodic memory fluid intelligence general intelligence essence place forth fabric explore cognitive blank comprehensive way individual separately different degree coarseness tool also quantify fn reconfigurations result nous switching mental state matter
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1,065,895
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metastable state plateau multi wave epidemic dynamic covid spreading italy restraint covid epidemic public health policy italy beginning second epidemic wave driven using reproductive turn rtt identify supercritical percolative subcritical arrested separated critical regime appearance quantify covid spreading rate containment bar csrwcm need expanded parameter space phase diagram build combination rtt repeat time tdt space identify dynamic covid dynamic italy administrative region supercritical authority mathematically characterized power law td rtt ii exponential behaviour td cinque time either first nd wave novel stage diagram show clearly metastable state appear second wave critical regime loosening quarantine tracing combat ready case metastable state precursor sharp onset succeeding nascent wave supercritical regime dynamic description allows epidemic prognostication needed policymakers spark non pharmaceutical intervention npis fundamental issue keep economical loss reduce fatality avoid new computer virus variant vaccination campaign
5
1,043,153
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state feedback control observer found adaptive synchronization chaos memristive murali lakshmanan chua electric circuit paper report control synchronisation chaos memristive murali lakshmanan chua circuit circuit introduced present author essentially non smooth scheme two discontinuity boundary virtue flux assure active memristor nonlinear element command topsy turvydom effected practice state feedback technique concept adaptive synchronization observer based approach use effect synchronization chaos technique based state space representation theory well known force field controller engineering earlier work circuit derived poincare discontinuity represent pdm zero time discontinuity mapping zdm correction important realizing honest dynamic non smooth system rule constructed observer comptroller based canonical contour state space representation set luenberger observer derived controller gain vector implement commonwealth feedback control calculated gain intercellular substance switch feed back finally argument estimation effect observer based adaptive synchronization result obtained numerical simulation include time plot phase portrait estimation parameter convergence error graph phase plot showing complete synchronization
12
701,470
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fast physical activity suggestion efficient hyperparameter learning mobile health user supported adopt healthy behavior regular physical activity via relevant timely suggestion mobile device recently reinforcement learning algorithm found effective learning optimal context provide suggestion however algorithm necessarily designed constraint posed mobile health mhealth setting efficient domain informed computationally affordable propose algorithm providing physical activity suggestion mhealth setting using domain science formulate contextual bandit algorithm make use linear mixed effect model introduce procedure efficiently perform hyper parameter updating using far le computational resource competing approach approach computationally efficient also easily implemented closed form matrix algebraic update show improvement state art approach speed accuracy respectively
6
1,375,047
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infer heisenberg ferromagnet eccentric equation modified camassa holm equation geometric preparation solitary wave solution equivalence work integrability equivalence generalize heisenberg ferromagnet type equation ghfe different phase equation well reducing confront lax representation lr par obtained observe geometrical gauge tantamount counterpart ghfe modified camassa holm equivalence mche arbitrary parameter finally soliton root ghfe obtained
12
770,644
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reproducible portable workflow scientific computing hpc cloud increasing availability cloud computing service science changed way scientific code developed deployed run many modern scientific workflow capable running cloud computing resource consequently increasing interest scientific computing community method tool implementation enable moving application cloud simplifying process decreasing time meaningful scientific result paper applied concept containerization portability multi cloud automated deployment industry standard tool three scientific workflow show implementation provide reduced complexity portability application deployment across private public cloud application packaged docker container dependency necessary environment setup production run terraform ansible used automate provisioning compute resource deployment scientific application multi vm cluster application deployed aws aristotle cloud federation platform variation data management constraint multi vm mpi communication embarrassingly parallel instance deployment explored reported thus present sample scientific workflow simplified using tool proposed implementation deploy run variety cloud environment
0
80,489
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compact exact lagrangian intersection cotangent bundle via sheaf quantization show cardinality transverse intersection two compact exact lagrangian submanifolds cotangent bundle bounded dimension hom space sheaf quantization lagrangians tamarkins category sheaf theoretic method also deal clean degenerate lagrangian intersection
1
578,922
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phonon transport controlled ferromagnetic resonance resonant coupling phonons magnons important interconversion phononic spin degree freedom studied phonon transmission linbo manipulated dynamic magnetization ni thin film observed phonons could absorbed strongly resonant magnon phonon coupling realized optimizing interfacial coupling ni linbo line shape phonon transmission investigated considering magnon phonon interconversion elastically driven ferromagnetic resonance process result promote unique route phonon manipulation detection presence magnetization dynamic
4
1,391,993
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one dimensional charged kaon femtoscopy pb collision tev correlation identical charged kaon measured pb collision tev alice experiment lhc femtoscopic invariant radius correlation strength extracted one dimensional kaon correlation function compared obtained pp pb pb collision tev tev respectively presented result also complement identical pion femtoscopic data published alice collaboration extracted radius increase increasing charged particle multiplicity decrease increasing pair transverse momentum comparable multiplicity radius measured pb collision found close observed pp collision obtained femtoscopic parameter reproduced epos hadronic interaction model disfavor model large initial size strong collective expansion low multiplicity
16
814,196
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exact reconstruction extended exponential sum using rational approximation fourier coefficient paper derive new recovery procedure reconstruction extended exponential sum form frequency parameter pairwise distinct reconstruction employ finite set classical fourier coefficient regard finite interval method requires fourier coefficient recover parameter denotes order recovery based observation term posse fourier coefficient rational structure employ recently proposed stable iterative rational approximation algorithm sufficiently large set fourier coefficient available ie recovery method automatically detects number term multiplicity well parameter determining therefore method provides new stable alternative known numerical approach recovery exponential sum based pronys method
1
525,855
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oviform flow transported non send proton auau slay within urqmd model framework urqmd good example hunt number initial quark cheese proton employment oval shaped flow transported proton poduced proton anti proton auau hit gev difference egg influence flowing transported proton anti proton observed result urqmd good example display secure agreement virtuoso result crushed thrust deviate gamy vim partly explains difference judgement proton anti proton observed ray energy scan program relativistic operose ion colliderrhic
16
896,099
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pore scale investigation natural convection melting square cavity gradient porous medium paper numerical study melting behavior phase change material pcm gradient porous medium carried pore scale order solve governing equation pore scale lattice boltzmann method double distribution function used volumetric lb scheme employed handle boundary monte carlo random sampling adopted generate microstructure two dimensional gradient foam metal used simulate solid liquid phase transition cavity effect several factor gradient porosity structure gradient direction rayleigh number particle diameter liquid fraction pcm systematically investigated observed presence gradient medium affect significantly melting rate shortens full melting time compared constant porosity enhancing natural convection melting time positive negative gradient change rayleigh number critical value rayleigh number specifically rayleigh number critical value positive gradient advantageous rayleigh number exceeds critical value negative gradient advantageous moreover smaller particle diameter would lead lower permeability larger internal surface heat transfer
2
1,363,984
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marginal log linear parameter collapsibility categorical data consider marginal log linear model parameterizing distribution multidimensional contingency table model generalize ordinary log linear multivariate logistic model besides several others first obtain characteristic property marginal log linear parameter define collapsibility strict collapsibility parameter general sense several necessary sufficient condition collapsibility strict collapsibility derived based simple function cell probability easily verifiable include result arbitrary set marginal log linear parameter common effect connection strict collapsibility various form independence variable explored analyze real life datasets illustrate result collapsibility strict collapsibility finally obtain result relating parameter effect different margin arbitrary table demonstrate smoothness marginal log linear model collapsibility condition
6
1,535,588
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self parametrizing system focused atomistic model computational study chemical reaction complex environment protein nanostructures surface require accurate efficient atomistic model applicable nanometer scale general accurate parametrization atomistic entity available arbitrary system class demand fast automated system focused parametrization procedure quickly applicable reliable flexible reproducible develop combine automatically parametrizable quantum chemically derived molecular mechanic model machine learned correction autonomous uncertainty quantification refinement approach first generates accurate physically motivated model minimum energy structure corresponding hessian matrix partial hessian fitting procedure force constant model starting point generate large number configuration additional minimum reference data evaluated fly machine learning model trained data provide correction energy force including uncertainty estimate procedure flexibility machine learning model tailored amount available training data parametrization large system enabled fragmentation approach due modular nature model construction step allow model improvement rolling fashion approach may also employed generation system focused electrostatic molecular mechanic embedding environment quantum mechanicalmolecular mechanical hybrid model arbitrary atomistic structure nanoscale
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improved efficient text adversarial attack using target information recently growing interest studying adversarial example natural language model black box setting method attack natural language classifier perturbing certain important word classifier label changed order find important word method rank word importance querying target model word word input sentence resulting high query inefficiency new interesting approach introduced address problem interpretable learning learn word ranking instead previous expensive search main advantage using approach achieves comparable attack rate state art method yet faster fewer query fewer query desirable avoid suspicion towards attacking agent nonetheless approach sacrificed useful information could leveraged target classifier sake query efficiency paper study effect leveraging target model output data attack rate average number query show improved limited overhead additional query
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market efficient portfolio systemic economy study ex ante minimisation grocery inefficiency defined full term minimal deviance market price fundamental value centralized planner perspective price pressured exogenous trading action leverage targeting saving bank rebalance portfolio response asset blow characterize market inefficiency terminal figure two key driver coin bank systemic significance statistical moment asset shock absorber develop expressed expression ground substance asset holding minimizes inefficiency analysis appearance reduce inefficiency portfolio hold deviate full diversification strategy piddling heterogeneousness bank systemic significance
15
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root bundle towards accurate matter spectrum theory mssms motivated appearance fractional power line bundle subject field vector like spectrum theory compactifications analyze structure line bundle fractional power business line bundle also known root bundle think inductive reasoning spin bundle explain root bundle linked inequivalent theory standard measurement potential flux reflexion interesting right particularly valuable theory standard model construction aim mssms desired argue absence vector like exotics act upon stem bundle restraint matter curve largest class currently known theory standard model construction without chiral exotics gauge coupling unification matter curve conduct systematic bottom analysis root root bundle constraint spin bundle thereby derive lower bound number combination ancestor bundle spin bundle whose cohomologies live physical demand absence seizure transmitter similar twosome technical level systematic written report achieved well known diagrammatic description root big buck nodal curve extend description counting procedure determines cohomologies called limit root big money wide blow ups nodal curve use deformation hypothesis result constrain vector like spectrum polish matter curve genuine theory geometry
9
1,757,726
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quantum speedup need structure prove following conjecture raised aaronson ambainis let multilinear polynomial degree exists variable whose influence least shown aaronson ambainis result implies following well known conjecture power quantum computing dating back let quantum algorithm make query boolean input let exists deterministic classical algorithm make query input approximates acceptance probability within additive error fraction input word quantum algorithm simulated input classical algorithm polynomially slower term query complexity
0
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segmentation transformer object contextual representation semantic segmentation paper address semantic segmentation problem focus context aggregation strategy motivation label pixel category object pixel belongs present simple yet effective approach object contextual representation characterizing pixel exploiting representation corresponding object class first learn object region supervision ground truth segmentation second compute object region representation aggregating representation pixel lying object region last representation similarity compute relation pixel object region augment representation pixel object contextual representation weighted aggregation object region representation according relation pixel empirically demonstrate proposed approach achieves competitive performance various challenging semantic segmentation benchmark cityscape adek lip pascal context coco stuff cityscape adek lip pascal context coco stuff submission hrnet ocr segfix achieves st place cityscape leaderboard time submission code available rephrase object contextual representation scheme using transformer encoder decoder framework detail presented insection
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time evolution state quantum mechanic argued schrodinger equivalence yield right description quantum mechanical time evolution state isolated opened system feature event precise oecumenical law nature clock time phylogenesis state replacing schrodinger equality formulated within called eth approach quantum mechanic constabulary eliminates infamous measuring problem general result instance analysis simple model describing heavy mote coupled quantal radiation sickness field limit speed light tend infinity discussion model main subject paper
9
1,693,939
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production complex procedure monte carlo work describe encroachment higher order effect quantum chromodynamics electronic warfare production future leading inclusive multileg apparatus studied qcd production
7
1,708,197
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classical quantum correspondence deuce tier pseudo hermitian system work classical quantum correspondence two level faker hermitian system proposed analyzed appearance bearing complex external field described pseudo hermitian hamiltonian suitable canonic transformation link real field construct covariant quantisation scheme map canonically related pseudoclassical theory unitarily equivalent quantum realization alone metric inducing isometry distinct hilbert space put pseudo hermiticity condition operator induces involution guarantee reality corresponding symbolization even complex field operation case assign physical significance dynamical presence complex field constructing authoritative correspondence application theoretical fabric propose damped version rabi problem determine constellation parametric quantity frame muffle entirely curb data based viability proposal studied within specific context suggest independent theoretical result developed present work could experimentally control
8
638,827
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single energy partial wave analysis pion photoproduction fixed analyticity experimental data pion photoproduction including differential cross section various polarization observables four reaction channel threshold gev used order perform single energy partial wave analysis minimal model dependence imposing constraint unitarity fixed analyticity iterative procedure reaction model used starting point first iteration demonstrate procedure partial wave amplitude obtained show minimal dependence initial model assumption analysis obtained full isospin watson theorem enforced energy gev even fulfilled gev many partial wave electromagnetic multipoles presented discussed wave
14
979,698
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nonlinear phase bountifulness decrease delay induced oscillation ad lib oscillation induce clock time delay detect many real world system phase reducing possibility limit cycle oscillator described delay differential equation ddes develop analyze synchronization property applicable perturbation applied oscillator sufficiently weak study formulate nonlinear phase amplitude reduction theory boundary cycle oscillator described ddes basis floquet theorem applicable oscillator subjected perturbation moderate intensity propose numeric method evaluate leading floquet eigenvalue eigenfunctions adjoint eigenfunctions necessary decrease derive set low dimensional nonlinear phase amplitude equation approximately describing oscillator dynamic analyzing analytically tractable oscillator model cubic nonlinearity register asymptotic phase oscillator state infinite dimensional state outer space approximately evaluated non trivial bistability oscillation amplitude moderately strong periodic perturbation predicted basis derived phase amplitude equation analyze model gene regulatory oscillator illustrate reduced equation elucidate mechanism complex dynamic non weak disturbance may relevant substantial physiological phenomenon circadian rhythm sleep disorder
12
767,692
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usr unsupervised reference free evaluation metric dialog generation lack meaningful automatic evaluation metric dialog impeded open domain dialog research standard language generation metric shown ineffective evaluating dialog model end paper present usr unsupervised reference free evaluation metric dialog usr reference free metric train unsupervised model measure several desirable quality dialog usr shown strongly correlate human judgment topical chat turn level system level personachat turn level system level usr additionally produce interpretable measure several desirable property dialog
0
97,548
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quantum bounty arithmetic quantum algorithmic rule require handling amplitude computational basis manipulating basis largely quantum analogue classical computing always major contributor complexness ordination produce full use quantum mechanical speedup transformation implemented amplitude propose notion quantum amplitude arithmetic qaa intent evolve quantum state performing arithmetic mental process amplitude based basic design multiplication addition operation qaa applied solve black box quantum state preparation problem quantum linear system job fair low complexness evaluate nonlinear subprogram amplitude directly qaa bear find application variety quantum algorithm
13
1,259,197
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canonical transformation generated boundary volume unimodular non abelian teleparallel gravity recently new choice variable identified understand quantum group structure appeared three dimensional gravity variable introduced via canonical transformation generated boundary term show boundary term actually taken volume boundary new variable defined dimension greater three addition study associated metric teleparallel formalism former variant henneaux teitelboim model unimodular gravity latter provides non abelian generalization usual abelian teleparallel formulation
11
252,360
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life sustaining analysis two dimensional classical xy model study deuce dimensional authoritative xy model satisfy lattice thermodynamic limit utilise tensor renormalization group nose determine vital temperature tally berezinskii kosterlitz thouless bkt phase transition improvement compare news report using tensor meshing method
19
441,415
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scalar correlation function de sitter quad stochastic spectral expansion consider tripping scalar field inflation show stochastic apparitional expansion method used calculate two point correlation social function arbitrary local function field de sitter space item use good service approach massive scalar theater quartic self fundamental interaction calculate fluctuation spectrum density dividing line compare bringing close together find neither gaussian linear estimation accurately reproduce power spectrum fact always overestimate example scalar field operation quartic term potential find sorry spectrum spectral index
9
1,769,170
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discrete orthogonality relative multi indexed laguerre jacobi polynomial discrete orthogonal opposition relation hold orthogonal polynomial obeying term recurrence relation show also hold multi indexed laguerre jacobi polynomial new orthogonal polynomial obtained deforming graeco roman immaterial multinomial discrete orthogonality relation could considered cover characterisation orthogonal multinomial three term recurrence coitus multi indexed orthogonal polynomial start overconfident degree trinity term recurrence relation broken extra low toned grade polynomial necessary discrete orthogonal opposition relation identified corresponding christoffel number determined main result obtained blow analysis second purchase order differential wheeler dealer governing multi indexed orthogonal polynomial around null multinomial grade discrete orthogonality sexual relation shown hold another group new immaterial multinomial called krein adler multinomial establish hermite laguerre jacobi polynomial
12
747,392
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encumber gluon density pi meson large pion cause product gluon statistical distribution pion obtain diverse global fit display big mutant among within framework color vaporization framework show live pi meson bring production data unremarkably include orbicular volley bring useful extra constraint sherlock meson parton distribution function pdfs exceptional data investigation pi meson gluon density large existing pion rushing data point covering broad range beam impulse compared side side lead order qcd reckoning using versatile place pion pdfs found data point measured frontwards rapidity sufficiently high beam impulse sensitive enceinte gluon dispersion pion current data party favour sutton martin robert stirling gluck reya vogt pion pdfs containing significant gluon content large
16
810,348
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accelerating drug repurposing covid via modeling drug mechanism action large scale gene formulation profile novel coronavirus disease named covid emerged china dec rapidly spread around humankind clearly urgent scrap covid global scale development method acting identifying drug u based phenotypic data point improve efficiency drug development however notwithstanding many difficulty identifying drug application based cell picture data work reported unmatchable body politic art machine learning method identify drug u based cell image feature drug generated lincs programme multi dimensional feature image affected non data based factor characteristic standardised drug vary greatly current sample number enough use abstruse scholarship method acting used learning optimization consequence study based supervised itml algorithm convert characteristic drug result show characteristic itml conversion conducive recognition drug function analysis feature film conversion show different feature film play important role identifying unlike drug function current covid chloroquine hydroxychloroquine achieve antiviral effect inhibiting endocytosis etc classified community clomiphene community inibited entry ebola fever virus indicated similar moa could reflected cell range
5
1,060,393
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polarization effect search dark vector boson collider debate search dark transmitter boson determine lorentz complex body part coupling detection leptonic decay assume general framework dark vector boson interacts ordinary fermion vector axial vector pair consequence ward takahashi identicalness transversely polarized limit hand fraction longitudinal non negligible comparable polarization result dissect angulate statistical distribution final state particle decay taking study correlation angle relative beam direction atomic number frame reference angle proportional boost direction relief frame correlativity express useful poke lorentz structure couple discus measurement coefficient correlation belle ii detector occupy account detector acceptance energy resolution
17
329,298
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discrete time multi period average divergence modeling bellboy type scheme empirical analysis paper attempt insert bellman principle discrete time multi period mean variance fashion model based new take bellman principle obtain dynamical time uniform optimal scheme related effective frontier develop varying investment period discrete clip multi period mean discrepancy model get related dynamic optimal strategy optimum investment period paper comparability highlighted active optimal strategy study equivalence strategy usher secure high spirit regaining smaller risk base dynamic optimal scheme
15
1,144,206
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batalin vilkovisky operator generating higher koszul wall bracket differential form introduce formal differential operator generates higher koszul bracket algebra pseudodifferential kind manifold operator first mentioned khudaverdian voronov textttarxiv manipulator analogue koszul brylinski bound operator defines poisson homology average poisson social system introduce unlike method establish property show bv type operator generating higher koszul bracket included one parameter family bv type formal derived function operator silent quantisation cotangent bialgebroid obtain symmetric verbal description purpose develop detail theory conventional differential operator well operator acting density double vector bundle particular statement operator seen quantization mackenzie xu sanctioned diffeomorphism another interesting feature capable introduce grading filtration algebra operator operator act object vector bundle obtain bi grading
8
661,947
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equality order set integer modulo prime finitely generated subgroup integer galois extension union conjugacy class develop method determining exists infinitely many prime index reduction modulo divide artin symbol contained result multivariable generalization hw lenstras work application determine integer infinitely many prime also discus set obtained result conditional generalization riemann hypothesis
1
547,995
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mining mind linear discriminant analysis meg source reconstructive memory clock time series support dynamic change inscrutable brain region meditation session meditation praxis exact overconfident effect regulating mood emotion quite time practitioner recent time sustained effort provide precise description change induced meditation homo brain longitudinal study reported morphological change cortical thickness book selected brainiac region due meditation practice interpreted ground effectiveness beyond subjective self reporting ground based real time monitoring meditating brain functional imaging modality meg eeg remains challenge article count meg data garner meditation school term experienced buddhist monk practicing focused attention samatha open monitoring vipassana speculation contrasted resting state eye fill meg data first mapped time series brain activity average brain neighborhood corresponding standard destrieux brain atlas bootstrapping ghostlike analysis data matrix representing random sample power spectral density bandwidth corresponding band spectral chain demonstrate using linear discriminant analytic thinking lda sample corresponding different broody resting state contain adequate fingerprint brain state allow breakup different state identify brain neighborhood appear contribute separation incur suggest cingulate cortex insular cortex internal structure notably accumbens caudate putamen nucleus thalamus amygdala stand separating region look correlate well earlier finding based longitudinal study
5
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doubly stochastic realization spectrum list complex number said realizable spectrum nonnegative matrix case said nonnegative realization addition row column sum equal said doubly stochastically realizable case said doubly stochastic realization guo proved list complex number closed complex conjugation exists least real number list complex number realizable julio soto showed upper bound may reduced case least one real paper first describe algorithm passing nonnegative realization doubly stochastic realization application give new sufficient condition stochastic matrix cospectral doubly stochastic matrix case shown unique closest doubly stochastic matrix respect frobenius norm next result slightly improve upper bound nonnegative realization presented julio soto case none real also give improvement guos bound doubly stochastic realization obtain upper bound improves guos bound well finally certain particular case give improvement last bound doubly stochastic realization
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582,693
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heavy ion physic freedom hot dense exciting qcd two lecture review basic heavy ion collision relativistic energy physic aim cover basic kinematics observables heavy ion collider experiment basic phenomenology nuclear matter phase diagram model building simulation currently used heavy ion physic community selected list amazing phenomenological discovery prediction
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augmented microscopy topological transformer new approach cell image analysis alzheimers research cell image analysis crucial alzheimers research detect presence protein inhibiting cell function deep learning speed process making low level data sufficient fruitful inspection first found unet suitable augmented microscopy comparing performance multi class semantics segmentation develop augmented microscopy method capture nucleus brightfield image transformer using unet model convert input image sequence topological information performance regarding intersection union consistent concerning choice image preprocessing ground truth generation training model data specific cell type demonstrates transfer learning applies extent topological transformer aim extract persistence silhouette landscape signature containing geometric information given image cell feature extraction facilitates studying image collection one dimensional data substantially reducing computational cost using transformer attempt grouping cell image cell type relying solely topological feature performance transformer followed svm xgboost lgbm simple convolutional neural network classifier inferior conventional image classification however since research initiate new perspective biomedical research combining deep learning topology image analysis speculate follow investigation reinforce genuine regime
0
5,723
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relation following decomposition formula one multidimensional lauricella hypergeometric function fundamental solution class multidimensional elliptic equation several singular coefficient constructed recently fundamental solution directly connected multiple lauricella hypergeometric function decomposition formula required investigation would express multivariable hypergeometric function term product several simpler hypergeometric function involving fewer variable paper relation following decomposition formula one multidimensional lauricell hypergeometric function determined
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markov restricted analysis randomized trial non monotone missing binary outcome sensitivity analysis identification result scharfstein et al developed sensitivity analysis model analyzing randomized trial repeatedly measured binary outcome subject nonmonotone missingness approach becomes computationally intractable number repeated measured large eg greater paper repair problem introducing th order markovian restriction establish identification representing model directed acyclic graph dag illustrate methodology context randomized trial designed evaluate web delivered psychosocial intervention reduce substance use assessed testing urine sample twice weekly week among patient entering outpatient addiction treatment evaluate finite sample property method realistic simulation study method integrated package entitled slabm
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1,320,665
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waveform systematics gravitational wave inference tidal parameter equation state binary neutron star signal gravitational wave signal binary neutron star coalescence carry information star equivalence state tidal signature major issue illation tidal parameter instantly equation state systematic error introduced waveform approximants use bottom approach based calibre invariant phase angle analysis fisher information matrix investigate waveform systematics help identifying bias parameter estimation mock analysis different binary indicates systematics current wave shape model dominate statistical error signal noise ratio snr implies bias illation cut back tidal parametric quantity larger statistical credible interval example neutron star radius could constrained level snr systematics dismantle apply approach gw snr confirm substantial systematic effect present using optimal frequency range analysis estimation neutron adept radius km latter consistent electromagnetic informed prior recent nicer measurement exploring snr view third generation detector find current waveform model lead difference opinion least sigma inference reduced tidal parameter value latter conclude current waveform model including mathematical relativity insufficient infer equation state loudest potentially informative event mention advanced third generation demodulator
11
200,912
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practical compton scattering low energy positron beam virtual compton scatter vcs process low energy explores electromagnetic structure proton term generalized polarizabilities gps one photon exchange approximation vcs access exclusive photon production chemical reaction electron positron radio beam extraction global positioning system vcs negatron ray seen substantial progress past two nonetheless consistent picture gps low eminent shell demand probe complementary mensuration antielectron ray offer unique possibility present impact report experimental program
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899,943
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kinship economic growth environs testing ekc guess romance american country employ ardl bound testing approaching cointegration unrestricted error correction model uecms estimate relationship income carbon monoxide emission per caput latin american country lac using meter series estimate half dozen different specification model take account independent effect atomic number emission per caput different factor considered driver different dynamic co emission along development path approach allow address two concern first estimation model assure dissimilar variable serf rear ekc supposition supported evidence lac view evaluate ground racy different model spec second inclusion control variable accounting effect carbon monoxide gas emission directed increase understanding centennial state emission driver different nation ekc hypothesis effectively describes foresightful term income emission relationship minority lac many case effect co emission different factor depends individual country experience type quantity environmental policy adopted overall outcome call increased environmental action region
15
1,132,813
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complex langevin approach sign trouble quantum many body physic review theory application complex stochastic quantization quantum many physical structure trouble along way present abbreviated overview number idea either ameliorate case whole solve mark problem including classic reweighting method alternate hubbard stratonovich transformation dual varying boson fermion majorana fermion density state method acting imaginary asymmetry feeler lefschetz thimble discus aspect mathematical underpinnings established stochastic quantisation provide pedagogic example sum open challenge practical solution complex case finally review late application complex langevin quantum field theory relativistic nonrelativistic quantum matter emphasis nonrelativistic case
19
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wasserstein weisfeiler lehman graph kernel graph inwardness illustration class convolution kernel measure similarity object compare substructure despite empirical success graph nitty gritty practice naive aggregation final set substructure usually sum mean thereby potentially discarding worthful information distribution case case component limited instance approach extended continuously attributed graphical record propose novel method acting relies wasserstein distance node feature transmitter statistical distribution ii graphical record allows obtain subtler remainder data set look graph high dimensional object rather simple mean propose weisfeiler lehman inspired embedding schema graph continuous node property weighted edge enhance computed wasserstein length thus improve state department art prediction performance several graph classification task
5
1,077,653
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excitation pah emission dependence starlight spectrum intensity pah size distribution pah ionization using physical model study sensitivity polycyclic aromatic hydrocarbon pah emission spectrum character illuminating starlight pah size distribution pah charge distribution starlight model considered range emission myr old starburst rich far ultraviolet fuv radiation fuv poor spectrum old population bulge wide range starlight intensity considered effect reddening dusty cloud investigated different starlight spectrum fixed pah abundance parameter fraction ir power appearing pah emission feature vary factor two starlight spectrum varies fuv poor bulge fuv rich young starburst show measured strength emission fractional power feature suppressed high starlight intensity
10
1,463,399
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measurement electric charge imbalance disintegration mood collision tev atlas detector letter alphabet report card measurement muon flush dissymmetry boson produced proton proton hit nerve center pot energy tev atlas experiment lhc asymmetry measured decay mode social occasion muon pseudorapidity using data sample corresponding total integrated luminosity pib result compared prevision based adjacent leading order calculation various parton distribution function measurement provides information quark momentum fraction proton
17
365,765
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contrastive fairness machine learning fair harry hired barry fair pam fired instead sam one ensure fairness intelligent algorithm take decision instead human one ensure decision taken based merit protected attribute like race sex question must answered many decision real life made machine learning however research fairness algorithm focused counterfactual question whereas real life subjective question consequence contrastive introduce concept mathematical tool using causal inference address contrastive fairness algorithmic decision making illustrative example
0
26,948
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adaptive test allocation outbreak detection tracking social contact network present general framework adaptive allocation viral test social contact network pose solve several complementary problem first consider design social sensing system whose objective early detection novel epidemic outbreak particular propose algorithm select subset individual tested order detect onset epidemic outbreak fast possible pose problem hitting time probability maximization problem use submodularity optimization technique derive explicit quality guarantee proposed solution second epidemic outbreak detected consider problem adaptively distributing viral test time order maximize information gained current state epidemic formalize problem term information entropy mutual information propose adaptive allocation strategy quality guarantee problem derive analytical solution stochastic compartmental epidemic model markovian dynamic well efficient monte carlo based algorithm non markovian dynamic finally illustrate performance proposed framework numerical experiment involving model covid applied real human contact network
2
1,301,370
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kmosd survey data release final survey paper present completed kmos survey integral field spectroscopic survey galaxy confirm first year result high rotation dominated fraction monotonic velocity gradient full kmos hsample rotation dominated fraction function stellar mass redshift strongest evolution measured redshift range survey galaxy paper include final data release observed object
10
1,328,861
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inflationary stochastic anomalousness stochastic approach path heading trace long wavelength part quantum field inflation classical stochastic theory usually formulated term langevin equation giving rise fokker planck equating chance distribution function field possibly momentum link two verbal description ambiguous universal depends implicit discretisation procedure two prominent one ito stratonovich prescription show requirement general covariance field redefinition verified latter case still expense introducing spurious frame dependence stochastic anomaly disappears one source stochasticity like slow roll single field inflation manifest taking account wide cut phase space comportment multiple force field despite difficulty use forcible argument write covariant fokker planck equation describes diffusion light scalar field non linear sigma model overdamped limit apply test scalar field de sitter space show statistical property category two field model derivative fundamental interaction reproduced using correspondence single field model endowed effective potential also present explicit result simple annex single field theory hyperbolic field quad geometry difficulty describe seem stochastic counterpart notoriously difficult problem maintaining ecumenical covariance quantum theory related choice operator order path integral construction work hence open new avenue enquiry crossroad cosmology statistical physic quantum field theory
11
270,385
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trigonometric real form spin r model krichever zabrodin investigate trigonometric real form spin ruijsenaars schneider system introduced level equation motion krichever zabrodin pioneering work earlier study hamiltonian interpretation system performed complex holomorphic setting understanding real form non trivial problem explain trigonometric real form emerges hamiltonian reduction obviously integrable free system carried spin extension heisenberg double poisson lie group poisson structure unreduced real phase space direct product heisenberg double copy covariant poisson structure found zakrzewski also reduce fixing group valued moment map multiple identity analyze resulting reduced system detail particular derive reduced phase space hamiltonian structure trigonometric spin ruijsenaars schneider system prove degenerate integrability
12
787,021
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incoherent estimate neutron scattering cross section fudge factor slow neutron low crystal temperature incoherent bringing close together iowa often used calculating one phonon inelastic neutron scattering cross section arbitrary solid valid thermal neutron slow neutron requires chastening significant isotope strong coherent scatterers article present reference placzek avant garde hove correction slow neutron limit low temperature using example solid emphortho deuterium mount rushmore state approach yield naturalistic one phonon scattering cross section sd show ia factor eminent ultracold neutron ucn scattering sd calculation compared previously published monte carlo calculation ane phonon cross section based dynamic structure function polycrystalline emphortho deuterium find consistent furthermore supply mean well replicable computing one phonon scatter cross section unanimous emphortho deuterium dense neutron used computation model ucn scattering sd
14
954,122
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role pair vibrational correlation shape odd still mass difference random phase approximation amended rpa amended nilsson strutinskij method acting calculating nuclear binding energy conventional shell correction term derived independent nucleon model bardeen gary cooper schrieffer pairing hypothesis supplemented term account pair vibrational correlativity energy term derived beggarly rpa pairing hamiltonian includes neutron proton pairing interaction method used previously study pattern binding energy nucleus approximately equal number neutron proton even mass number applied queer nucleus three set core group considered sequence nucleus ii odd isotope sn sb ternary odd isotope strontium zr nb missouri rpa discipline found contribute significantly calculate odd still mass remainder particularly light nucleus upper shell chastening report near entire odd even mass difference odd half odd size sign rpa contribution varies explained qualitatively condition closed expression smooth rpa counter term
14
991,728
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dig sobriety sub femtometer scale pressure level statistical distribution inside proton recently measurement pressure distribution experienced quark inside proton found strong repulsive positive pressure sensation distance femtometer center negative confining pressure magnanimous length paper appearance measurement put pregnant restraint modified theory graveness strength gravitational interaction microscopic scale enhance respect general relativity conceive picky instance eddington inspired innate infeld gravitational force showing firm boundary additional parameter hypothesis obedience general relativity may derived quark pressure measurement moreover show limit whitethorn significantly improved precise measure first second moment pressure distribution inside proton
14
934,358
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jean bernoulli generalized likelihood ratio test signal detection photon counting look alike exoplanets extremely dim negatron multiplying charged coupled device emccd operating photon count pc modality necessary reduce demodulator noise level enable detection typically pc picture added concert co append picture processing present signal detection idea technique work directly individual pc image method based generalized likelihood ratio test glrt u bernoulli distribution pc image bernoulli distribution derived stochastic model sensor accurately represents noise characteristic show technique outperforms previously utilise glrt method acting relies co added image gaussian noise assumption two detection algorithm ground signal interference ratio snr furthermore method provides maximum likelihood estimate exoplanet intensity level background intensity detection applied online possible plosive observation specified threshold reached providing confidence existence absence seizure major planet result observation fourth dimension efficiently used besides reflection time depth psychology detection performance introduced paper also give quantitative guidance choice imaging parameter threshold lastly though work nidus example detecting point source framework widely applicable
3
133,104
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quantum non chemical equilibrium many body spin photon organisation phd thesis dissertation concern quantum dynamic strongly correlate quantum system equilibrium state inquiry neither curtail static property long terminus relaxation organic evolution neglect effect relevant subsystem frequently done surround master equation approach nidus work explore dissimilar quantum scheme several regime operation discover result might pastime quantum control hence quantum reckoning quantum data processing chief result summarize follow three part signature critical dynamic driven dicke model test bed ultra strong coupling beyond kibble zurek mechanism
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1,217,260
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pursuit evasion drone attacking automated turret paper investigates pursuit evasion problem defensive gun turret one attacking drone turret must visit attacking drone quickly possible defeat threat constitutes shortest hamiltonian path shp drone investigation considers situation increasing fidelity starting kinematic model progressing dynamic model determine region one drone always reach turret region close enough evade turret provides optimal starting angle drone around turret maximum starting radius one two drone show safety region also exist provide controller drone region evade pan tilt turret simulation explore maximum range drone start still least one reach turret analyze effect turret behavior drone number starting configuration behavior
0
26,649
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non hermitian effect intrinsic sign topologically ordered wavefunctions negative sign many body wavefunctions play important role quantum mechanic ground state wavefunction double semion model two dimensional hexagonal lattice contains intrinsic sign cannot removed local transformation proposed generic double semion wavefunction tensor network representation wavefunction norm mapped partition function triangular lattice ashkin teller model imaginary magnetic field imaginary three spin triangular face interaction solve non hermitian model parity time pt symmetry numerical tensor network method employed global phase diagram determined adjacent double semion phase find gapless dense loop phase described non unitary conformal field theory pt symmetry breaking phase zero partition function connection established intrinsic sign topologically ordered wavefunction pt symmetric non hermitian statistical model
4
1,461,689
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coupling constant charm beauty mesotron investigate pair constant fundamental interaction found correlated exchange fundamental interaction starting amplitude derived pseudophysical region undulation correlation considered obtain spectral mapping bountifulness correlate wave exchange employ pole approximation estimate mate constant extended phenomenologically present outcome region compare fretwork quantum chromodynamics result also compare mannikin besides present result coupling constant observe unlikely coupling constant meson meson contrary quite larger charmed mesotron
14
900,424
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bolometric correction stellar oscillation amplitude observed kepler corot te mission better understanding amplitude stellar oscillation mode surface granulation essential improving theory mode physic property outer convection zone solar like star proper prediction amplitude also essential appraising detectability solar like oscillation asteroseismic analysis comparison model different photometric mission enabled applying bolometric correction convert mission specific amplitude corresponding bolometric full light value derive bolometric correction factor amplitude radial oscillation mode surface granulation observed kepler corot te mission calculation done assuming stellar spectrum given black body well synthetic spectral flux density model atmosphere derive power law polynomial relation bolometric correction function temperature black body approximation evaluate deviation adopting realistic spectrum across full temperature range amplitude te black body approximation predicted factor time observed kepler find using realistic flux spectrum black body approximation change bolometric correction much lowest temperature change typically within around find bolometric correction strongly depends mh could impact reported metallicity dependency amplitude reported literature
10
1,425,988
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one mean verify molecular picture alien hadron starting large number called exotic hadron discover experimentation since understanding nature body politic central issue theoretically experimentally many state located closely two hadron threshold believed molecular land least contain expectant molecular component part argue molecular state way deuteron limit state proton neutron molecular state three hadron potential sense atomic nucleus bound state nucleon follow conjecture subject area likely existence molecular state display within theoretical uncertainty two eubstance interaction derive probable exist furthermore predict unassailable decline helper guide next experimental hunt addition show approach indeed multiply known three body system two organic structure input deuteron triton organization
7
1,778,848
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quantum adiabatic algorithmic program aim using reinforcement learning quantum algorithm design play crucial role exploiting computational reward quantum device develop deep reinforcement learning based attack quantum adiabatic algorithm design approach generically applicable class problem solution hard find easy verify eg searching np complete problem benchmark approach grover hunting sat problem rule adiabatic algorithm obtained rl approach wind significant improvement resultant success probability application program grover hunt rl design automatically produce adiabatic quantum algorithm quadratic speedup find studied casing quantitatively rl designed algorithm better performance compared analytically constructed non linear hamiltonian path encoding hamiltonian solvable rl design advance stay applicable even non linear hamiltonian path analytically usable sat chance rl design fascinating transferability adiabatic algorithm obtained training specific choice clause act lead skillful performance consistently linear algorithm different clause number finding suggest pertinence reinforcement learn automated quantum adiabatic algorithm design considering established complexness equivalence racing circuit adiabatic quantum algorithm expect rl designed adiabatic algorithm inspire novel circuit algorithm well approach potentially applicable different quantum hardware trapped ion optical fretwork superconducting qubit device
13
1,208,214
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